Abstract: A release mechanism for multiple containers forming a row between first and second portions utilizing a band of resilient material. The band extends about a portion of the periphery of each of the multiple containers and forms a closed loop about the entirety of the containers. The closed loop exerts a force on each of the multiple containers. A frangible element is formed along the loop. In addition, the release mechanism includes a connecting member located along the row between the first and second portions of the multiple containers. The connecting member includes a plurality of frangible elements linking the connecting member to the band in order to form a breakable collar about each of the multiple containers. A flange or tab is also included in the present invention for permitting the application of a pulling force on the connecting member to separate any selected number of frangible elements linking the connecting member to the band to free the containers.

Abstract: A system for packaging at least a pair of containers each having an openable portion such as a flip top. A first holder is utilized with respect to the first container and includes a first member for at least partially surrounding the first container openable portion. A second holder is also provided and includes a second member for at least partially surrounding the second container openable portion. The first and second holders are connected to one another in a separably sealing manner to form an abutment between the openable portions of the first and second containers. A handle extends from the connected first and second holders.

Abstract: A release mechanism for multiple containers forming a row between first and second portions utilizing a band of resilient material. The band extends about a portion of the periphery of each of the multiple containers and forms a closed loop about the entirety of the containers. The closed loop exerts a force on each of the multiple containers. A frangible element is formed along the loop. In addition, the release mechanism includes a connecting member located along the row between the first and second portions of the multiple containers. The connecting member includes a plurality of frangible elements linking the connecting member to the band in order to form a breakable collar about each of the multiple containers. A flange or tab is also included in the present invention for permitting the application of a pulling force on the connecting member to separate any selected number of frangible elements linking the connecting member to the band to free the containers.